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IoT Service

Our IoT Development Services cover the full cycle of IoT product creation, from selecting the right sensors and designing connected devices to developing robust software solutions. We ensure seamless integration between hardware and software, enabling efficient data collection, processing, and communication. Our team specializes in custom firmware and software development, optimizing IoT performance for various applications. Whether it's industrial automation, smart home solutions, or asset tracking systems, we tailor our custom IoT development solutions to meet your specific business needs.

IoT development services

IoT & IIoT Services Include:

Hardware Integration

  • Selection, testing, and integration of sensors
  • Development of custom IoT devices
  • Connecting devices to networks (BLE, Wi-Fi, LoRa, NB-IoT, Zigbee, etc.)

Sensor Integration

  • Sensor Selection & Specification
  • Electrical Interface Design
  • Firmware & Driver Development
  • Calibration & Validation
  • Integration with Software & UI

Connecting IoT Devices to Cloud Platforms

  • Setting up IoT cloud solutions (AWS IoT, Azure IoT, Google Cloud IoT)
  • Implementing data transmission protocols (MQTT, HTTP, CoAP)
  • Real-time data processing and device management

Custom IoT Software Development

  • Web and mobile applications for IoT device management
  • Integration with BI systems and analytics tools
  • Automation and configuration of IoT system workflows

IoT Security Implementation

  • Securing IoT networks and encrypting traffic
  • Device authentication and identity management
  • Threat detection and response mechanisms

IoT Data Analytics & Optimization

  • Collecting and processing large-scale IoT data
  • AI and ML-powered analytics for predictive maintenance
  • Optimizing device efficiency and performance

RELEVANT CASE STUDIES

Hobby Smart Case
AI Energy Control Solution
Site Sentry
Smart Shower
AIR CONTROL APP
Scanning Suitcase

INDUSTRIES

Smart Home

Smart Home

Security & Surveillance | Home Automation Systems | Smart Lighting | Climate Control

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Consumer Goods

Consumer Goods

Smart Appliances | Personal Care Electronics | Wearable Devices | Portable Consumer Electronics

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Healthcare

Healthcare

Creating devices for surgery | Patient Monitoring Devices | Telemedicine & Remote Care Devices | Hospital Equipment Automation

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Energy

Energy

Battery Management Systems | Renewable Energy Systems | EV Charging Infrastructure | Smart Meters & Grid Monitoring

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Media & Entertainment

Media & Entertainment

Audio Devices | Interactive Consoles | Digital Signage | Live Event Equipment

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Have an idea and want to discuss it?

Get a detailed proposal for your IoT project.

OUR TECH STACK

LANGUAGES

C#C#
C++C++
PythonPython
RustRust
GoGo

MICROCONTROLLERS & PROCESSORS

ESP32ESP32
Raspberry PiSTM32, Raspberry Pi
NXPNXP
TITI
NordicNordic
Banana piBanana pi

SENSORS & ACTUATORS

TemperatureTemperature
HumidityHumidity
MotionMotion
ProximityProximity
GasGas
PressurePressure

Data Communication Protocols

WiFiWiFi
BluetoothBluetooth
BLEBLE
LoRaLoRa
MQTTMQTT
CoAPCoAP
ZigbeeZigbee

Cloud & IoT Platforms

AWSAWS
AzureAzure IoT
Google Cloud IoTGoogle Cloud IoT

AI & Data Analytics

PyTorchPyTorch
EdgeEdge
TensorFlowTensorFlow

IOT ENGINEERING LIFE CYCLE

Initiation & Requirements Analysis
Initiation & Requirements Analysis
At the initiation stage, we define the foundation of your IoT project by analyzing business requirements and reviewing competitor systems and IoT initiatives. Then we outline the project scope, identify connected devices, and prepare a preliminary IoT architecture concept to guide further development.
  • Business requirements analysis (SRS document, UML diagrams, etc.)
  • Competitor and IoT initiatives review
  • IoT project scope definition
  • IoT consulting workshops
  • Preliminary IoT system architecture design
Hardware Platform Selection
Hardware Platform Selection
At this stage, we choose the optimal IoT platform and evaluate performance to ensure reliable and scalable IoT operations. We analyze power consumption, check component compatibility, and review schematics to validate design decisions.
  • Performance evaluation
  • Power consumption analysis
  • Component compatibility assessment
  • Schematics validation and review
  • Compliance and certification requirements
Firmware Development
Firmware Development
We design the firmware architecture and define hardware interfaces for connected devices. Our team develops peripheral drivers, integrates RTOS if needed, and implements power management to optimize performance. Communication protocols are added along with a secure firmware update strategy and application layer logic to complete the system.
  • Architecture Design
  • Hardware Interface Definition
  • Peripheral Driver Development
  • RTOS Integration (if applicable)
  • Power Management Implementation
  • Communication Protocol Implementation (Bluetooth, NFC, WiFi etc)
  • Firmware Update Strategy
  • Application Layer Development
Network & Communication Layer Design
Network & Communication Layer Design
We define how IoT devices connect and exchange information. The right protocol is selected to ensure reliable, real-time data transfer, while edge-to-cloud architecture may be introduced to support scalability and performance.
  • Communication protocol: MQTT, CoAP, HTTP/REST, WebSockets
  • Data reliability, integrity, and real-time sync
  • Edge-to-cloud architecture (Fog/Edge computing if needed)
Cloud & Backend Development
Cloud & Backend Development
At this stage, we integrate IoT systems with cloud services and develop a reliable backend to manage data flow.
  • Cloud platform (AWS IoT, Azure IoT Hub, GCP, custom)
  • Backend development
Front-End Development / UI & UX
Front-End Development / UI & UX
At this stage, we create intuitive dashboards that allow users to view, monitor, and manage their connected devices. The front end is designed for usability and clarity, providing control across web and mobile platforms.
  • Web and mobile dashboards
  • Device management interface
Data Analytics & Intelligence
Data Analytics & Intelligence
At this stage, we transform IoT data into actionable insights. Real-time analytics provide instant monitoring, while historical trends and predictive models help optimize operations and prevent downtime. Anomaly detection powered by AI/ML ensures system reliability and early issue identification.
  • Real-time analytics (streaming)
  • Historical trend analysis
  • Predictive maintenance models using AI/ML
  • Anomaly detection
Testing & QA
Testing & QA
We ensure the quality and reliability of IoT systems through testing. Unit tests validate core logic, while integration and functional testing confirm seamless interaction with hardware. Load and stress testing guarantee stability for real-time systems, and QA documentation provides full transparency of results.
  • Writing Unit-Tests
  • Integration and functional testing with hardware
  • Load/stress testing (especially for real-time systems)
  • QA/QC documentation and reports
Documentation
Documentation
We prepare clear and structured documentation to support both developers and end users. Our deliverables include technical specifications, user-focused manuals, and installation guides that simplify product adoption and long-term maintenance.
  • User manual
  • Installation and upgrade guides
  • Firmware Design Document
Compliance & Certification
Compliance & Certification
We prepare documentation and validate systems to ensure compliance with industry regulations. Hardware interactions are tested against EMC, safety, and other required standards, guaranteeing that IoT products are reliable, secure, and ready for certification.
  • Certification-compliant documentation
  • Validation of hardware interaction according to EMC, safety, and other standards
Post-Deployment Support & Maintenance
Post-Deployment Support & Maintenance
After deployment, we ensure your IoT system remains reliable and up to date. Our team monitors field issues, delivers timely bug fixes and patches, and supports hardware revisions or feature upgrades to extend product lifecycle and maintain performance.
  • Monitor field issues & crashes
  • Bug fixing & patch releases
  • Support for new hardware revisions or feature upgrades

Frequently Asked Questions

IoT refers to the network of connected physical devices, vehicles, appliances, and other objects embedded with sensors, software, and connectivity. These elements form an IoT ecosystem, enabling them to collect, exchange, and process data in real-time. With the right IoT architecture, businesses can build reliable IoT systems for both consumer and industrial IoT applications.

We provide end-to-end IoT development services, including device integration, IoT consulting, data analytics, cloud services, security implementation, and custom software development. Our experienced IoT development team delivers scalable IoT engineering solutions, helping you optimize infrastructure and accelerate your IoT projects.

IoT streamlines operations, improves decision-making with real-time data analytics, and enables predictive maintenance. Companies can reduce costs, enhance customer experiences, and scale effectively with reliable IoT services that support automation and smarter business processes.

Our expert IoT developers work closely with you to understand your current infrastructure and seamlessly integrate IoT devices with existing systems through APIs, cloud platforms, and custom connectors, ensuring smooth communication and data exchange.

We work with a wide variety of IoT platforms. Below are some of the most commonly used ones for IoT development projects:

  • ESP32 / ESP8266
  • Nordic Semiconductor (nRF series)
  • Texas Instruments (TI MSP430, CC series)
  • NXP i.MX RT
  • Raspberry Pi

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